Control System History : Différence entre versions

[version en cours de rédaction][version en cours de rédaction]
 
Ligne 5 : Ligne 5 :
 
|Tags=History
 
|Tags=History
 
}}
 
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<translate><br />{{Warning|...Change order to newest at top}}<br />
+
<translate>=2017 - TwinSAFE=
=1984 - 6502 Processor=
+
Added TwinSAFE for safety control
Router control system originally designed using 6502 processor CPU cards.
+
=2016 - Integrated Control=
 +
Both side of flowline (sawing and machining) on one PLC program
 +
 
 +
=2015 - Windows 7/8 with TwinCAT3=
 +
Switch to TC3 and extend to ZX4 Control
 +
 
 +
=2012 - PC Windows XP with PLC Back End=
 +
Beckhoff PLC original code written by subcontractor for Autoflow machine TwinCAT2
 +
 
 +
EtherCAT bus
 +
 
 +
Motion Control across EtherCAT
 +
 
 +
=2010 - PC Windows XP=
 +
Saw software windows based, no direct control to back end
 +
 
 +
.net 2.0 Visual Basic
 +
 
 +
IO Control and Motion control via USB to Nextmove Controller
  
Programming in BBC Basic and Assembly code
+
Control resides in Nextmove (Backend) - Mint Basic
  
Floppy disk based
+
=2003 - PC Windows XP Ecoline=
 +
MS Access database used as front end, no direct control to back end
  
IO Control via hand etched interface boards
+
USB Link to Trio drive system (trio Basic), later to USB Nextmove - Mint Basic
  
Motion Control via card parallel interface to 3 axis stepper controller
+
Control resides in Nextmove (Backend) - Mint Basic
  
=1990 - PC DOS Arcom STE Bus=
+
=1998 - PC Windows 95=
Router control converted to 286 / 386 cards running DOS
+
Flowline machining centre software multi.exe written in C++,  DOS shell running on windows platform
  
 
Programming in C / C++
 
Programming in C / C++
  
STE Bus System for IO expansion
+
Network with saw side ACEpc
  
HDD added up to 64Mb
+
TCP/IP Networking
  
IO Control via STE SPIBB16 interface cards
+
IO Control and Motion control via ISA bus to Nextmove PC 8 axis controller
 
 
Motion Control via serial interface to SmartDrive "SmartSystem" 3 axis stepper controller
 
  
 
=1994 - PC DOS Arcom PC104 Bus=
 
=1994 - PC DOS Arcom PC104 Bus=
Ligne 45 : Ligne 62 :
 
Motion Control via serial interface to SmartDrive "SmartSystem" 3 axis stepper controller
 
Motion Control via serial interface to SmartDrive "SmartSystem" 3 axis stepper controller
  
=1998 - PC Windows 95=
+
=1990 - PC DOS Arcom STE Bus=
Flowline machining centre software multi.exe written in C++,  DOS shell running on windows platform
+
Router control converted to 286 / 386 cards running DOS
  
 
Programming in C / C++
 
Programming in C / C++
  
Network with saw side ACEpc
+
STE Bus System for IO expansion
  
TCP/IP Networking
+
HDD added up to 64Mb
  
IO Control and Motion control via ISA bus to Nextmove PC 8 axis controller
+
IO Control via STE SPIBB16 interface cards
  
=2003 - PC Windows XP Ecoline=
+
Motion Control via serial interface to SmartDrive "SmartSystem" 3 axis stepper controller
MS Access database used as front end, no direct control to back end
+
=1984 - 6502 Processor=
 +
Router control system originally designed using 6502 processor CPU cards.
  
USB Link to Trio drive system (trio Basic), later to USB Nextmove - Mint Basic
+
Programming in BBC Basic and Assembly code
  
Control resides in Nextmove (Backend) - Mint Basic
+
Floppy disk based
  
=2010 - PC Windows XP=
+
IO Control via hand etched interface boards
Saw software windows based, no direct control to back end
 
  
.net 2.0 Visual Basic
+
Motion Control via card parallel interface to 3 axis stepper controller
 
+
</translate>
IO Control and Motion control via USB to Nextmove Controller
 
 
 
Control resides in Nextmove (Backend) - Mint Basic
 
 
 
=2012 - PC Windows XP with PLC Back End=
 
Beckhoff PLC original code written by subcontractor for Autoflow machine TwinCAT2
 
 
 
EtherCAT bus
 
 
 
Motion Control across EtherCAT
 
 
 
=2015 - Windows 7/8 with TwinCAT3=
 
Switch to TC3 and extend to ZX4 Control
 
 
 
=2016 - Integrated Control=
 
Both side of flowline (sawing and machining) on one PLC program
 
 
 
=2017 - TwinSAFE=
 
Added TwinSAFE for safety control</translate>
 
 
{{PageLang
 
{{PageLang
 
|Language=en
 
|Language=en

Version actuelle datée du 14 juin 2022 à 14:30

Auteur avatarGareth Green | Dernière modification 14/06/2022 par Gareth Green en cours de rédaction

2017 - TwinSAFE

Added TwinSAFE for safety control

2016 - Integrated Control

Both side of flowline (sawing and machining) on one PLC program

2015 - Windows 7/8 with TwinCAT3

Switch to TC3 and extend to ZX4 Control

2012 - PC Windows XP with PLC Back End

Beckhoff PLC original code written by subcontractor for Autoflow machine TwinCAT2

EtherCAT bus

Motion Control across EtherCAT

2010 - PC Windows XP

Saw software windows based, no direct control to back end

.net 2.0 Visual Basic

IO Control and Motion control via USB to Nextmove Controller

Control resides in Nextmove (Backend) - Mint Basic

2003 - PC Windows XP Ecoline

MS Access database used as front end, no direct control to back end

USB Link to Trio drive system (trio Basic), later to USB Nextmove - Mint Basic

Control resides in Nextmove (Backend) - Mint Basic

1998 - PC Windows 95

Flowline machining centre software multi.exe written in C++, DOS shell running on windows platform

Programming in C / C++

Network with saw side ACEpc

TCP/IP Networking

IO Control and Motion control via ISA bus to Nextmove PC 8 axis controller

1994 - PC DOS Arcom PC104 Bus

Router and Saw PC upgraded to ACEpc from Arcom using a PC104 bus for IO expansion

Programming in C / C++

Flash SDD 8Mb

Floppy disk storage and data transfer

TCP/IP Networking

IO Control via STE SPIBB16 interface cards

Motion Control via serial interface to SmartDrive "SmartSystem" 3 axis stepper controller

1990 - PC DOS Arcom STE Bus

Router control converted to 286 / 386 cards running DOS

Programming in C / C++

STE Bus System for IO expansion

HDD added up to 64Mb

IO Control via STE SPIBB16 interface cards

Motion Control via serial interface to SmartDrive "SmartSystem" 3 axis stepper controller

1984 - 6502 Processor

Router control system originally designed using 6502 processor CPU cards.

Programming in BBC Basic and Assembly code

Floppy disk based

IO Control via hand etched interface boards

Motion Control via card parallel interface to 3 axis stepper controller

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